Registering Devices TRIZ Cases

See how measuring laundry edge length before spreading eliminates real-time detection, reduces

See how measuring laundry edge length before spreading allows targeted clamp positioning, reduc

Imaging-based corner monitoring stops laundry spreading before earing and tearing, keeping flat items fully opened without damage.

Imaging monitors gripped laundry corners during spreading and stops clip motion before ear formation causes irreversible deformation.

Positioning tabs, lugs, and centering elements keep injection-molded labeling cards flat during printing despite thermal or moisture changes.

Magnetically floating planar movers synchronize and rotate stacked electrodes to correct sheet misalignment during battery electrode stacking.

Angling the sheet 5-45° to the electrode edge keeps a stiff narrow span over the gap, reducing plasma-unit jams and wrinkles.

Camera-based marker detection corrects material strip feed deviation before cutting, improving cut-hole and lamination accuracy in battery stacking.

Independent roller control and sensor feedback centralize and deskew banknotes for reliable, high-throughput loading into deposit bins.

Coordinated transport-section adjustment keeps substrate registration precise while allowing more processing phases per machine cycle for higher output.

A sloped guide aligns blanks with irregular lateral edges by engaging internal segment edges to prevent rotation and improve folding accuracy.

Adaptive speed-gap driving changes roll speed and deceleration time by sheet length and basis weight to improve skew correction accuracy.

Synchronized linear actuators keep the alignment plate upright, improving sheet positioning repeatability and preventing multiple-sheet extraction.

A biased correction roller uses document conveying force and retractable contact pieces to correct skew without costly electromagnetic clutches.

A modular drive train with planetary gears and electromagnetic clutches simplifies rear-side housing assembly while reducing misalignment and noise.

Stopping the medium briefly before sensing its edge improves detection accuracy, reduces distortion, and supports precise image adjustment.

Sensor feedback and upstream position correction align upper and lower blanks at high speed for consistent shelf-ready box production.

Staggered regulation-guide timing corrects sheet misregistration and skew while limiting vibration, edge load, and conveyance failure.

Movable rotary rollers and edge detection align transparent sheets before oblique conveyance, preventing guide collisions and skew.

Switchable nipping of skewing roller pairs prevents thin-sheet buckling while maintaining skew correction accuracy in image forming paper paths.

Recessed abutment and guide surfaces stabilize sheet orientation after skew correction, reducing slip and conveyance failure in image forming.

A posture-changing restricting member positions sheets for punching while clearing the conveyance path to prevent die-related jams.

A rotatable rack gear maintains proper backlash despite tolerance variation, improving widthwise sheet conveyance accuracy and lowering drive load.

A couple mechanism uses tray pressing force to correct skew from rail looseness, cutting sliding resistance during insertion and extraction.

Two-stage front and rear cursor alignment keeps skewed or wet sheets stable during discharge and stacking.

Pre-detecting paper skew and adjusting resist roller tilt and speed keeps sheet alignment and feed timing synchronized for proper image formation.

Switching skew correction between roller pairs by sheet grammage improves alignment for thin and thick paper while reducing warping risk.

Sensor-guided transport sections correct substrate position and orientation during high-speed machine operation despite vibration.

Individually driven transport sections and sensor feedback correct sheet offset and tilt at high speed to maintain precise registration.